HEADLINES ARCHIVE
Crime scene lipstick now traceable
Without having to remove evidence from an evidence bag and potentially contaminating or destroying it, the Kent team used Raman spectroscopy — a process that involves the vibrational energy and light of chemical bonds — to analyze the lipstick residue.
Engineering technology to thwart foodborne illnesses
An estimated 48 million people in the U.S. become sick each year following exposure to pathogens in food. No doubt inspired by their own bouts with food poisoning, researchers and engineers the world over have done their level best to prevent such foodborne illnesses via various technologies. Here are some examples.
Chesterton gel-like industrial lubricant protects chains, cables and gears under high pressure
The polymer-modified synthetic lubricant is well suited for applications requiring a high-pressure resistance and a durable film.
Watch this animation of DOE’s direct-feed waste treatment process
A sequenced approach will soon start treating low-activity waste.
Medical device packaging reimagined as entirely new medical device
In addition to the instrument openers, the team also used the recovered packaging to manufacture handles for reusable and steerable instruments designed for advanced keyhole surgery.
How do you use dual curing (UV light + heat) adhesives?
Learn how dual curing adhesives use both UV light and heat for curing.
Successful 100% sustainable aviation fuel test flight
Rolls-Royce conducted a successful test flight of its 747 Flying Testbed aircraft using 100% sustainable aviation fuel.
Tools for fastening steel I-beams and wood in residential construction
PowerLite tools are extremely powerful, yet their size is up to 40% smaller and up to 30% lighter than conventional alternatives.
The Able Electropolishing Advantage for metal fasteners
Watch Able’s latest video on the Electropolishing Advantage for fasteners and other critical metal parts.
Study: Biological dispersants more effective than synthetic dispersants for degrading crude oil
A new study suggests that biological dispersants encourage the breakdown of toxic chemicals in crude oil better than synthetic chemical dispersants.
Gel tags could prevent consumer goods from being counterfeited
The gel tags can be attached to various surface geometries and washed away with an organic solvent.
GM, GE team to create a rare earth supply chain
The companies intend to create a stockpile of rare earths.
Fiber material promises to thwart biological and chemical threats
The MOF material is capable of deactivating toxic nerve agents — such as those used in chemical warfare — and biological threats like COVID-19.
Proximity to oil and gas fields increases air pollution exposure risk
Oil and gas wells are emitting toxic particulate matter, carbon monoxide, nitrous oxide, ozone and volatile organic compounds, all of which may increase the risk of adverse health outcomes, including preterm birth, asthma and heart disease.
Sensor detects pesticides, bacteria on fruits and vegetables
The sensor can detect signs of bacteria, chemicals on produce using light particles.
Sustainable jet fuel cuts the mustard – and emissions
Carinata, a non-edible oilseed mustard crop, can be cultivated to produce an aviation fuel with low carbon emissions.
Nuclear transport ship is fully recycled
The decommissioned nuclear transport ship has been fully recycled, a first for the U.K.
Transparent film for building exteriors protects for decades
Coating promises to extend lifetime of building facades, signage.
Oil and gas components can now be 3D printed on-site
Process can reduce wait times for repairs, replacements.
Team devising a DIY approach to coating masks
Antiviral coating could be applied at home.